PM10 particles are small enough to pass through the respiratory tract and enter the lungs. These particles can harm the heart and lungs, resulting in catastrophic health consequences once inhaled. It is more likely to gather on the surfaces of the bigger airways in the upper regions of the lungs.

PM 2.5 these particles are so small that they can enter the lungs and bloodstream. There is enough evidence that long-term (years) exposure to PM 2.5 can have negative health consequences.

An increase in CO2 level can cause headaches, nausea, dizziness, and a tingling (needle-like) sensation. Higher levels may have negative consequences such as breathing (dyspnea), sweating, exhaustion, vomiting, and an increase in heart rate (tachycardia).

In the short and long run, TVOC has major health consequences. Depending on the level of exposure, health effects range from minor irritations of the eyes, nose, and throat to liver and kidney or nervous system damage.

Unstable temperatures are detrimental to the cardiovascular and immunological systems, as well as being linked to an increase in mortality. High indoor temperatures are connected with high outdoor temperatures outside of places where air conditioning is widespread.

High humidity can harm the human body in a variety of ways. It can add to sensations of exhaustion and sluggishness. Furthermore, high humidity can create hyperthermia, which is overheating caused by your body's inability to adequately release heat.